The phrase "a validation approach" is correct and usable in written English.
You can use it when discussing methods or strategies for confirming the accuracy or effectiveness of something, such as a process, model, or system.
Example: "In our research, we implemented a validation approach to ensure the reliability of our findings."
Alternatives: "a verification method" or "an assessment strategy."
This paper presents a validation approach for real-time applications using simulation techniques.
We propose a validation approach to help pattern developers check if a design pattern is well-designed.
A validation approach should be able to consider uncertainties due to incomplete knowledge and randomness in the system's performance as well as in the characterization of external hazard.
This paper discusses the fracture response in a collision scenario together with the discretization of the model, and it compares various approaches suggested by current design rules and proposed by researchers using a validation approach with different model scales; including material tests, indentation experiments and simulations of an actual full-scale collision event.
The objective of the present study is to introduce a validation approach assessing the correlation between the FIRISK and seven independent fire indicators and quantifying the similarity in their spatial distribution in a study area (Attica, Greece) characterized by high fire risk and fragmented land-use structure.
A validation approach to complement this ontology-based view was recently developed in [20] to precisely use ontologies during the creation of the MAS requirement models.
A recent study, using a cross validation approach showed that optimal selection of FDR threshold could provide good performance on model selection and prediction [ 24].
A three components model was found optimal using a cross validation approach provided by SIMCA-P 12 [34].
Using a construct validation approach, the measure has demonstrated cross-sectional and longitudinal validity equal to or better than the WOMAC PF subscale [ 14].
In this paper, we propose an efficient validation approach based on a graph transformation oriented towards the automatic detection of the previously mentioned properties.
A practical validation approach designed to reliably evaluate the robot's accuracy after calibration is also proposed.
